A range of innovative technology and financial innovations will drive the Ganga cleaning program as was deliberated during the three-day India Water Impact Summit, that concluded on Friday in New Delhi. It was organised by NMCG (National Mission for Clean Ganga) in collaboration with cGanga and saw participations from experts in various fields from 16 countries.
Afforestation, biodiversity, urban river management, data harmonisation, development of water bodies, water valuation and market development, financing in water sector and innovation in sewage and sewerage management were the key topics discussed over three days during the summit.
The three-day summit was inaugurated by Nitin Gadkari, Minister of Water Resources, River Development and Ganga Rejuvenation, Road Transport & Highways and Shipping, in the presence of HardeepPuri, Union Urban Development Minister and Dr. Satyapal Singh, Minister of State for Water Resources, River Development and Ganga Rejuvenation. Ms Cecilia Dapaah, Minister of Water Resources, Ghana, U.P. Singh, Secretary, MoWR, RD & GR, Rajiv Ranjan Mishra, DG, NMCG, Steven Schonberger, Director of World Bank , Maya Kadosh, Deputy Chief of Mission, Israel, Jasper Wieck, Deputy Chief of Mission, Germany, JozefDrofenik , Ambassador of Slovenia and Dr Vinod Tare, Head cGanga, were among other dignitaries present on the occasion.
During the inaugural session of the summit Nitin Gadkari announced the successful tapping of the Sisamau Nala of Kanpur, which discharged 140 million litres per day (MLD) of polluted water into the Ganga. The Minister expressed his satisfaction with the work of the National Mission for Clean Ganga (NMCG) on the occasion.
The technology and innovation deliberations attracted 16 leading companies from 8 nations in a very exciting and a participative workshop. Domains and areas ranged from artificial intelligence, Internet of things, machine learning to latest advancements in waste water recycling, reuse and material recovery, waste-to-energy, satellite imagery with very high resolution, sustainable agricultural practices using soil-less membrane farming, run of the river hydropower units and overall areas of technologies supporting circular economy were presented. The technologies are novel and noble with lower land and energy foot-print, robust but simple electromechanical systems, optimal operations and maintenance costs with low carbon footprint.